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Aquagen Energy Ltd has secured a dedicated R&D loan facility to fund the next phase of MicroMill Precision technology development. The funding will support the construction of two commercial-grade prototypes - one industrial unit and one pharmaceutical-grade unit - marking a critical milestone in the company's journey from concept to commercialisation. With the facility now in place, the engineering team in Baku is progressing detailed design work ahead of prototype build com

Aquagen Energy Ltd has formalised its executive leadership structure, bringing together a multidisciplinary team spanning aerospace engineering, energy systems, international finance, legal governance, and technology commercialisation. The appointments include a Chief Technical Officer with National Space Agency heritage, a Vice President of Engineering with over three decades of experience in disruptive energy technologies, and a commercial leadership team with proven track

Aquagen Energy's engineering team has entered the detailed design phase for both the industrial-grade and pharmaceutical-grade MicroMill Precision prototypes. The industrial unit is being engineered for immediate deployment in precious metals recovery, mineral processing, and advanced materials applications. The pharmaceutical unit will be constructed to 316L stainless steel standards with Clean-In-Place capability, designed to meet the stringent contamination controls requir

Why versatility is the most undervalued competitive advantage in materials processing technology. In most industries, grinding is a single-purpose operation. You buy a machine that processes one type of material to one specification. If you need a different output, you buy a different machine. If you work across multiple material types, you build multiple processing lines - each with its own equipment, its own maintenance schedule, its own energy bill, and its own footprint o

The policy landscape, funding environment, and market timing that make UK clean tech commercialisation a strategic imperative. The United Kingdom is in the middle of the most significant industrial policy shift in a generation. Net zero commitments, circular economy mandates, and critical minerals strategy are converging to create an environment where clean technology companies are not just welcomed - they are actively sought, funded, and prioritised. For companies developing

How design disciplines from space technology are producing a new generation of precision grinding systems. There is a fundamental difference between engineering that is good enough and engineering that cannot afford to fail. In aerospace and space systems, failure is not a commercial inconvenience. It is catastrophic. Every component must perform under extreme stress, every system must integrate flawlessly with every other, and every design decision must account for condition

Turning industrial waste into commercial value starts with the ability to process materials that nobody else can. The circular economy is one of the most important concepts in modern industrial strategy. The idea is simple: stop treating waste as the end of a process and start treating it as the beginning of the next one. Recover, reprocess, reuse. Close the loop. Governments worldwide have committed to circular economy targets. The UK's Resources and Waste Strategy, the EU's

Why particle size control matters more than ever in drug delivery — and how new grinding technology is changing the game. In pharmaceutical manufacturing, particle size is not a detail. It is the difference between a drug that works and one that does not. When a patient inhales a dose of asthma medication, the active pharmaceutical ingredient must be ground to between 1 and 5 microns to reach the deep lung tissue where it is needed. Too large, and the particles lodge in the t

How eliminating heavy metal transfer opens pharmaceutical, food-grade, and precious metals markets worth billions. For over two hundred years, the global materials processing industry has relied on the same fundamental technology: grinding media. Steel balls, rods, and beads tumbling inside a rotating drum, smashing raw material into smaller and smaller particles. It works. But it comes with a problem that most industries have simply learned to tolerate. Contamination. Every